Analog Devices EV-CBM-PIONEER1-1Z Condition Monitoring Kit
Monitor equipment performance with EV-CBM-PIONEER1-1Z. Features ADcmXL3021 MEMS sensor, RS-485 interface, and real-time vibration data analysis.
The EV-CBM-PIONEER1-1Z is an industrial-grade evaluation platform designed for condition-based monitoring (CBM) using the ADcmXL3021 triaxial MEMS accelerometer. Ideal for machinery health diagnostics, this wired CBM solution supports RS-485 networks and operates reliably over long cables in harsh industrial environments.
The kit integrates hardware, firmware, and PC software for rapid deployment of triaxial vibration monitoring systems. Its flexible SPI-to-RS-485 interface allows the ADcmXL3021 sensor to communicate with remote master controllers, using isolated or non-isolated interface boards featuring iCoupler® isolation (ADuM5401/ADuM110N0) and RS-485/422 transceivers (ADM4168E/ADM3066E). This design enables power and data transmission over a single cable, reducing installation complexity and cost.
Engineers can leverage the dedicated GUI software to configure the sensor, capture vibration data, and visualize signals in time-domain or FFT formats. Compact, scalable, and ready-to-use, the EV-CBM-PIONEER1-1Z accelerates industrial condition monitoring and predictive maintenance applications, making it an ideal platform for MEMS-based vibration analysis and machine health evaluation.
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Why choose the Wired Condition Based Monitoring (CbM) Evaluation Platform from Analog devices?
Complete Solution: Provides a complete plug and play solution for operating the ADcmXL3021 triaxial vibration sensor on an RS-485 network over meters of cable in harsh industrial environments.This eliminates complex integration work and accelerates deployment.
Industrial-Grade Connectivity: Uses robust RS-485 networking with power and data over a single cable, reducing installation costs. Features advanced iCoupler® isolation technology for reliable operation in noisy industrial environments.
Comprehensive Tools: Includes dedicated GUI software for device configuration, data capture, and visualization (time domain and FFT waveforms). Comes with both isolated and non-isolated interface options for different safety requirements.
Flexibility: Suitable for use as a flexible SPI to RS-485 extender for many devices in the Analog Devices MEMS portfolio extending beyond just vibration monitoring.
Proven Technology: Leverages ADI's advanced MEMS accelerometer technology with scalable network architecture for comprehensive machinery monitoring.
Kit Contents
- Master Interface Controller board DEMO-CbM-Master-Z.
- Low complexity non-isolated Slave Sensor interface board DEMO-CbM-Slave3-Z.
- Low complexity isolated Slave Sensor interface board DEMO-CbM-Slave2-Z.
- 2m RJ50 cable (194612-02) and 10m RJ50 cable (194612-10)
- AC/DC Power Supply - EU/UK/US/AU
Features and Benefits
The Industrial Wired Condition based Monitoring (CbM) Kit enables users to:
- Rapidly deploy a wired solution to a machine or test setup
- Evaluate ADI MEMS sensor technology for vibration monitoring.
- Suitable for use as a flexible SPI to RS-485 extender for many MEMs Sensors
- Evaluate ADI interface and iCoupler® technology for industrial wired sensing
Block Diagram
ADcmXL3021: Triaxial Vibration Sensor - Block Diagram
Applications
- Vibration analysis
- Condition-based monitoring (CbM) systems
- Machine health
- Instrumentation and diagnostics
- Safety shutoff sensing
Technical Documents and Resources
Technical Articles
Videos
ADcmXL3021: Analog Devices' Vibration Sensing Module for CbM
ADI: CbM-Centric Precision DAQ Signal Chain Reference Design and Wired CbM Solution C
CbM: From Sensors to Machine Learning
Associated Products
Published : 19th August 2025